Reliable drinking water is vital for the health and safety of all Americans. The USGS monitors and assesses the quality of the water used as a source for our nation's drinking water needs.
Featured: 3-D Models of As and Mn in the Glacial Aquifer System
New 3-D models from the USGS National Water Quality Program predict where high concentrations of arsenic and manganese likely occur in the glacial aquifer system, groundwater supply for 30 million. Redox conditions and pH are controlling factors.
Updated Information on Groundwater Quality From Public-Supply Wells
Three new USGS fact sheets update information on groundwater quality in the nation's most heavily used aquifers. Fact sheets are now available for the Edwards-Trinity aquifer system, the Stream Valley aquifers, and the Colorado Plateau aquifers.
BACKGROUND
One of the central missions of the USGS is to monitor the natural resources we rely on every day, and one of the most important natural resources monitored is water. As humans, we need water to live, especially clean water. But where does the water we rely on come from? How long can we use it to meet our drinking water needs?
DRINKING WATER IN THE UNITED STATES
Nearly 270 million people rely on public water supply every year. That means over 85 percent of the United States population depends on municipal water suppliers to provide clean water to their homes and businesses. The source of that water typically is surface water from rivers, lakes, or reservoirs, or groundwater, which is treated before delivery to consumers. The remaining U.S. population relies on private groundwater wells to meet their household needs. The USGS monitors and assesses the quality of the water used as a source for our nation's drinking water needs. The USGS does not regulate or directly monitor water treatment operations, nor does it enforce water-quality standards.
RELATED USGS RESEARCH
- Water quality of public supply wells
- Factors affecting the vulnerability of public supply wells to contamination
- Water quality of domestic (private) wells
- Health-based screening levels (HBSLs) for drinking water
- Arsenic and drinking water
- Estimating toxin concentrations from harmful algal blooms in Ohio recreational and source waters
- Harmful algal blooms and drinking water in Oregon
- Groundwater viruses in Minnesota drinking water wells
ADDITIONAL RESOURCES
U.S. Environmental Protection Agency
Examples of research USGS conducts with drinking water and source water.
Public Supply Wells
Factors Affecting Vulnerability of Public-Supply Wells to Contamination
Groundwater viruses in Minnesota drinking water wells
Using models to estimate microcystin concentrations in Ohio recreational and source waters
Biodegradation Of Microcystins In Lake Erie Source Waters And Filters From Drinking-Water Plants
The USGS newsroom distributes media alerts, press releases, and technical memos that highlight new and relevant research.
Contaminants present in many parts of the Glacial aquifer system Contaminants present in many parts of the Glacial aquifer system
Reliable drinking water is vital for the health and safety of all Americans. The USGS monitors and assesses the quality of the water used as a source for our nation's drinking water needs.
Featured: 3-D Models of As and Mn in the Glacial Aquifer System
New 3-D models from the USGS National Water Quality Program predict where high concentrations of arsenic and manganese likely occur in the glacial aquifer system, groundwater supply for 30 million. Redox conditions and pH are controlling factors.
Updated Information on Groundwater Quality From Public-Supply Wells
Three new USGS fact sheets update information on groundwater quality in the nation's most heavily used aquifers. Fact sheets are now available for the Edwards-Trinity aquifer system, the Stream Valley aquifers, and the Colorado Plateau aquifers.
BACKGROUND
One of the central missions of the USGS is to monitor the natural resources we rely on every day, and one of the most important natural resources monitored is water. As humans, we need water to live, especially clean water. But where does the water we rely on come from? How long can we use it to meet our drinking water needs?
DRINKING WATER IN THE UNITED STATES
Nearly 270 million people rely on public water supply every year. That means over 85 percent of the United States population depends on municipal water suppliers to provide clean water to their homes and businesses. The source of that water typically is surface water from rivers, lakes, or reservoirs, or groundwater, which is treated before delivery to consumers. The remaining U.S. population relies on private groundwater wells to meet their household needs. The USGS monitors and assesses the quality of the water used as a source for our nation's drinking water needs. The USGS does not regulate or directly monitor water treatment operations, nor does it enforce water-quality standards.
RELATED USGS RESEARCH
- Water quality of public supply wells
- Factors affecting the vulnerability of public supply wells to contamination
- Water quality of domestic (private) wells
- Health-based screening levels (HBSLs) for drinking water
- Arsenic and drinking water
- Estimating toxin concentrations from harmful algal blooms in Ohio recreational and source waters
- Harmful algal blooms and drinking water in Oregon
- Groundwater viruses in Minnesota drinking water wells
ADDITIONAL RESOURCES
U.S. Environmental Protection Agency
Examples of research USGS conducts with drinking water and source water.
Public Supply Wells
Factors Affecting Vulnerability of Public-Supply Wells to Contamination
Groundwater viruses in Minnesota drinking water wells
Using models to estimate microcystin concentrations in Ohio recreational and source waters
Biodegradation Of Microcystins In Lake Erie Source Waters And Filters From Drinking-Water Plants
The USGS newsroom distributes media alerts, press releases, and technical memos that highlight new and relevant research.